This report describes test made in the Variable Density Wind Tunnel of the NACA to determine the possibility of controlling the boundary layer on the upper surface of an airfoil by use of the low pressure existing near the leading edge. The low pressure was used to induce flow through slots in the upper surface of the wing. The tests showed that the angle of attack for maximum lift was increased at the expense of a reduction in the maximum lift coefficient and an increase in the drag coefficient
Recent developments in airfoil-testing methods and fundamental air-flow investigations, as applied t...
The tests described in this report constitute a preliminary investigation of airfoil boundary layer ...
This report deals with pressure distribution tests on an airfoil with a conventional trailing edge f...
This report presents the results of an investigation to determine the effect of boundary layer contr...
This report presents the results of an investigation to determine the effect of boundary layer contr...
Two symmetrical airfoils, an NACA 633-018 and an NACA 631-012, were investigated for the purpose of ...
An investigation was carried out in the NACA low-turbulence tunnel to develop low-drag airfoil secti...
This report presents the results of an investigation to determine the effect of boundary layer contr...
Our attempts to improve the properties of airfoils by removing the boundary layer by suction, go bac...
Low speed wind tunnel tests were conducted to evaluate the effects on performance of modifying a 23 ...
One of a series of low-drag aerofoils (1) Designated GU 25-5(11) 8 was selected for low speed wind t...
The investigation described in this report is concerned with the changes in the aerodynamic characte...
Airfoil geometries were developed for low speed high lift applications, such as general aviation air...
Wind-tunnel tests have been made to find the lift, drag, and center-of-pressure characteristics of a...
The research conducted was focused on manipulating the upper surface boundary layer over an airfoil ...
Recent developments in airfoil-testing methods and fundamental air-flow investigations, as applied t...
The tests described in this report constitute a preliminary investigation of airfoil boundary layer ...
This report deals with pressure distribution tests on an airfoil with a conventional trailing edge f...
This report presents the results of an investigation to determine the effect of boundary layer contr...
This report presents the results of an investigation to determine the effect of boundary layer contr...
Two symmetrical airfoils, an NACA 633-018 and an NACA 631-012, were investigated for the purpose of ...
An investigation was carried out in the NACA low-turbulence tunnel to develop low-drag airfoil secti...
This report presents the results of an investigation to determine the effect of boundary layer contr...
Our attempts to improve the properties of airfoils by removing the boundary layer by suction, go bac...
Low speed wind tunnel tests were conducted to evaluate the effects on performance of modifying a 23 ...
One of a series of low-drag aerofoils (1) Designated GU 25-5(11) 8 was selected for low speed wind t...
The investigation described in this report is concerned with the changes in the aerodynamic characte...
Airfoil geometries were developed for low speed high lift applications, such as general aviation air...
Wind-tunnel tests have been made to find the lift, drag, and center-of-pressure characteristics of a...
The research conducted was focused on manipulating the upper surface boundary layer over an airfoil ...
Recent developments in airfoil-testing methods and fundamental air-flow investigations, as applied t...
The tests described in this report constitute a preliminary investigation of airfoil boundary layer ...
This report deals with pressure distribution tests on an airfoil with a conventional trailing edge f...